cutwall_newton_audit Namespace Reference

Functions
	run_case (case, DH, sweeps=60, gpu_dt=None, advect=True)
	tow (case, DH, frac=None, nstep=700)

Variables
	_local = os.environ.get("PECLET_LOCAL_BUILD")
	check
dict	CASES
	RHO_P_SI
	D_SI
	G_SI
	USTAR
	WALL
	KI_I
	KI_R

Function Documentation

run_case()

cutwall_newton_audit.run_case	(		case,
			DH,
			sweeps = 60,
			gpu_dt = None,
			advect = True
	)

Definition at line 33 of file cutwall_newton_audit.py.

tow()

cutwall_newton_audit.tow	(		case,
			DH,
			frac = None,
			nstep = 700
	)

Prescribed constant fall velocity through the tank; quasi-steady drag vs buoyant weight.

Definition at line 114 of file cutwall_newton_audit.py.

References mean(), and tow().

Referenced by tow().

Variable Documentation

_local

cutwall_newton_audit._local = os.environ.get("PECLET_LOCAL_BUILD")

protected

Definition at line 2 of file cutwall_newton_audit.py.

check

cutwall_newton_audit.check

Definition at line 7 of file cutwall_newton_audit.py.

CASES

dict cutwall_newton_audit.CASES

Initial value:

=  {   #     rho_f     mu      u_inf   ratio   Re
    "E1": (970., 0.373, 0.03829, 0.947,  1.5),
    "E2": (965., 0.212, 0.05992, 0.953,  4.1),
    "E3": (962., 0.113, 0.09062, 0.959, 11.6),
    "E4": (960., 0.058, 0.12839, 0.955, 31.9)}

Definition at line 23 of file cutwall_newton_audit.py.

RHO_P_SI

cutwall_newton_audit.RHO_P_SI

Definition at line 28 of file cutwall_newton_audit.py.

D_SI

cutwall_newton_audit.D_SI

Definition at line 28 of file cutwall_newton_audit.py.

G_SI

cutwall_newton_audit.G_SI

Definition at line 28 of file cutwall_newton_audit.py.

USTAR

cutwall_newton_audit.USTAR

Definition at line 30 of file cutwall_newton_audit.py.

WALL

cutwall_newton_audit.WALL

Definition at line 30 of file cutwall_newton_audit.py.

KI_I

cutwall_newton_audit.KI_I

Definition at line 31 of file cutwall_newton_audit.py.

KI_R

cutwall_newton_audit.KI_R

Definition at line 31 of file cutwall_newton_audit.py.